Research

The innovative technology behind protexam– clinical proteome analysis – makes the test unique.

Protexam's clinical proteomic analysis was developed over 20 years of clinical research.

The basis of the protexam-Diagnostics is based on two decades of intensive research with international scientists. During this time, the technology was developed, the database was built and disease-specific protein patterns were defined. Clinical proteome analysis is carried out by coupling capillary electrophoresis and mass spectrometry (CE-MS). It is always used in clinical studies. We will continue to generate disease-specific protein patterns in the future.

85,000

_____________________________


Samples and data sets

400

_____________________________


Scientific publications


100

_____________________________



clinical studies

With the Prof. Dr. Dr. Harald Mischak developed and patented CE-MS technology allows diseases to be diagnosed early and precisely. By comparing the proteome with the previously defined disease-specific protein patterns in the database, the individual health status can be mapped.

The advantage for you is that the disease is detected at a time when suitable therapy can still prevent damage to the organs. The medicine of the future will be increasingly individualized, and will be more strongly influenced by the idea of optimizing one's own body than by repairing temporary deficits.


Research into disease markers usually begins with an initial request from scientists at university hospitals. With each clinical study, new findings from proteomic analysis are added to create and validate new disease profiles. All data from the studies are fed into our database. Further studies are planned for your benefit in the future.


Our strength is that we can compare every sample with the many data sets in our database. Every disease has its own disease-specific protein pattern. Every sample contains thousands of proteins and their fragments (peptides). We analyze these qualitatively and quantitatively with your sample. The high precision of protexam is not based on a single but on a combination of hundreds of disease markers.

Some of the prominent scientists involved in the clinical trials on the basis of protexam were involved:

Prof. Dr.

William Mullen

University of Glasgow, Great Britain



Proteomic analysis

Prof. Dr.

Antonia Vlahou

Biomedical Research Foundation, Academy of Athens (BRFAA), Griechenland



Proteomanalyse

Prof. Dr.

Frederik Persson

Steno Diabetes Center, Copenhagen, Denmark




Diabetes, Nephrology

Prof. Dr.

Peter Rossing

Steno Diabetes Center, Copenhagen, Denmark



Diabetes, Nephrology

Prof. Dr.

Alexandre Persu

Saint-Luc University Clinics, UCL, Belgium


Kardiology

Prof. Dr.

Alexandre Mebazaa

Hospital Lariboisiere, Paris, France



cardiology

Teacher. Dr.

Do Zannad

University of Lorraine, France



cardiology

Dr.

Jens Drube

Hannover Medical School, Germany


Nephrology

Prof. Dr.
Lars Pape

University Medicine Essen, Germany


Nephrology

Prof. Dr.

Raymond Vanholder

University of Ghent,

Belgium


Nephrology

Prof. Dr.

Gert Mayer

Medical University of Innsbruck, Austria


Nephrology

Teacher. Dr.

Glorious Griet

University of Ghent,

Belgium


Nephrology

Prof. Dr.
Joost-Peter Schanstra

INSERM, Toulouse,

France


Nephrology

Prof. Dr.

Ángel Argilés

University of Montpellier, France


Nephrology

Prof. Dr.

Goce Spasovski

University of Skopje,

North Macedonia


Nephrology

Prof. Dr.

Alberto Ortiz

Jiménez Díaz Foundation University Hospital, Madrid, Spain


Nephrology

Prof. Dr.
Harald Rupprecht

Bayreuth Hospital,

Germany


Nephrology

Prof. Dr.

Joachim Beige

St. Georg Hospital Leipzig, Germany


Nephrology

Prof. Dr.

Axel Merseburger

UKSH Lübeck Campus, Germany



Urology, Oncology

Prof. dr.

Jan A. Staessen

UZ Leuven,

Belgium


cardiology

Prof. Dr.

Stefan Janssens

UZ Leuven,

Belgium


cardiology

Share by: